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A novel side coupling technique for rugged all-fiber lasers and amplifiers

机译:坚固耐用的全光纤激光器和放大器的新型侧耦合技术

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摘要

A novel side coupling technique between two multimode high NA fibers is described. The technique is used to efficiently pump fiber lasers and amplifiers by low brightness fiber coupled pump diodes. With the presented technique, identical multimode fibers with 0.46NA and core diameters extending from 125μm to 400μm, can be coupled together, and provide pump coupling efficiency of > 90%. Direct coupling to a rare-earth doped fiber is possible. In this configuration one fiber is used as the pump guiding fiber and the second fiber is the rare-earth doped double clad fiber. By utilizing the presented pump coupling technique, highly efficient, rugged and low cost short pulse and CW all-fiber lasers were implemented, with average output power extending to 300W and peak power of 600kW.
机译:描述了两个多模高NA光纤之间的新型侧向耦合技术。该技术用于通过低亮度光纤耦合泵浦二极管有效地泵浦光纤激光器和放大器。使用本发明的技术,可以将具有0.46NA和纤芯直径从125μm扩展到400μm的相同多模光纤耦合在一起,并提供大于90%的泵浦耦合效率。直接耦合到掺稀土的光纤是可能的。在这种配置中,一根光纤用作泵浦引导光纤,第二根光纤是稀土掺杂的双包层光纤。通过利用提出的泵浦耦合技术,实现了高效,坚固耐用且低成本的短脉冲和连续波全光纤激光器,平均输出功率扩展到300W,峰值功率达到600kW。

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